Reading the TCR ID-10 Screen

NOTE: The built-in simulator will allow you to practice adjusting the sensitivity, but your adjustments will not change readings being displayed on the screen.

Your TCR has a liquid crystal display, or LCD. The liquid crystal material in the display aligns itself to either block light or let light pass through. This blocking of light creates images on the screen. Since the display depends on light to form its images, increasing the light source makes it to see. This is why your TCR can be seen so well in bright, direct sunlight.

You will also notice that the display can be seen better at certain angles. The TCR mounting system has been designed for tilting and pivoting so that you can easily maintain a good angle for viewing. Another characteristic of the display is that some polarized glasses can affect your view by causing a rainbow or prism to appear. This can be improved by slightly tilting the unit.

Fish Identification

The TCR ID-10 uses Humminbird's exclusive double-layer LCD. Ordinary LCD units have 2 colors-black and white. But the TCR ID-10 adds a third color-red-by using a second layer on the display. This double - layer display gives you more information than ordinary black and white units:

1.Objects not connected to the bottom are displayed in red. The bottom and any structure attached to it are displayed in black. The microcomputer within the TCR I-10 can separate objects from the bottom no matter what depth range you're in. This IS' especially helpful if you're bottom fishing.

2.Stronger signals are displayed as a black dot behind a red dot. The TCR ID-10's microcomputer also helps you identify stronger signals, such as those from larger fish, because they are displayed as a black dot behind a red dot. It's easy to separate them from the weaker returns displayed in red only.

Total Screen Update*

Humminbird's exclusive Total Screen Update instantly updates the entire TCR screen to include new information each time a function is changed-no waiting for the changes to "march" onto the screen. This feature is valuable in 2 ways.

1.Changing depth ranges. When the depth range changes to a deeper or shallower scale, the entire screen changes to display the new depth scale. For example, if you're in the 0-